>From the Abstract of 

 

SOME MAGNIFICENT ACADEMIC TRUSELS AND THEIR SOCIAL CONSEQUENCES by John N.
Warfield. 

          

                  A "trusel" is an idea or a finding that is widely
perceived to be true, but which is largely useless (or even of

                  negative value). (The idea that a truth may lack value may
be disturbing, but it is true, although it is not a

                  trusel.)

 

                  A "Magnificent Academic Trusel" is one that has been
widely acknowledged for its intellectual content

                  (explicitly or implicitly), but without a corresponding
amount of attention being given to its utility or even to its

                  potential negative value for society. The negative value
may come from commission or omission. It may deal

                  with the content of a discipline, with the way a
discipline is perceived, with knowledge that cuts across

                  disciplines, and even with "integrative studies". 

 

                  Some selected trusels with possibly serious social
consequences will be discussed. Among these are Gödel's

                  Theorem about incompleteness of languages, the idea that
"interdisciplinarity" should have an important place

                  in the language of academia, the thought that in teaching
language the prose form alone is of great value and

                  should command most of the teaching attention and
resources, the idea that mathematics is a science instead

                  of a language, the idea that it is all right to use the
name "science" indiscriminately to name academic programs

                  (such as "management science" and "computer science")
without any stated criteria whereby this

                  nomenclature is validated, and that people with little or
no "academic track record" should be given significant

                  power to allocate academic and research resources, or to
make key public decisions affecting higher education.

 

                  Examples of serious and inappropriate consequences that
have ensued from such trusels will be discussed,

                  and a strategy for dealing with them in the future will be
offered.

 

http://u2.gmu.edu:8080/dspace/bitstream/1920/3328/1/Warfield_50_15_A1b.pdf

 

It’s proving to be a longer and longer way across that divide.   The bloody
“Grand Canyon.” 

 

REH

 

 

 

-----Original Message-----
From: [email protected]
[mailto:[email protected]] On Behalf Of Mike Spencer
Sent: Saturday, August 28, 2010 1:25 PM
To: [email protected]
Subject: [Futurework] Re: science and myth ( Re: Comments)

 

 

Pete wrote:

 

> I think you want to be using the word "scientism". It is a very useful

> word. 

 

Yeah, I know that word.  Only nobody would ever admit to being an

adherent of scientism; they'd think, if I asked, that I was accusing

them of belonging to a weird cult. And the popular dogmata of

scientism are so heterogeneous as to belie the specious unity of a

single name, anyhow.  The Church of Universal Schismatic Scientism,

Heterodox. 

 

> Scientism is to science as truthiness is to truth.

 

Yes.  Very good.  I like that.

 

> I do like your explanation of the mechanism of the scanning

> tunneling microscope, it works for me. I'd only edit that the

> electrons are detected by simply measuring the electric current

> which flows from the probe tip to the subject surface.

 

Ah, well, that obscures the whole point, which was that the

theory-conformant and experimentally demonstrable operation of the

STEM so dramatically violates good sense that, like the rube gazing up

at his first giraffe, one is inclined to say, "They ain't no such

animal."

 

See, if you have a specimen teenager, on Saturday afternoon you might

well say something like, "He's probably at his girlfriend's house or

else at the beach."  You imply that there are two canonical "places"

and that there is a probability distribution for the teenager between

GF's house and beach.  But in fact, at all times the teenager is

*somewhere*. [1] He may, in fact be in neither of the two allowed

places but in that case we know -- believe with unshakable conviction

-- then he is continuously present at a sequence of points in between.

That's why we call it "the continuum, after all.

 

But those electrons, well, they weren't, with certainty, on the pointy

thing anyway.  They were just probably there and extremely improbably

on the other thing. At some point, some electrons that probably were

on the pointy thing become more probably on the other thing, where

they are then observed.  If you lose all the "probably"s from that

semantic mare's nest, then electrons that were on one side of the gap

instantaneously stop being there and start being on the other side of

the gap.  They're never in continuous transit in the intevening space.

 

And I have a hard time thinking of that as a flow of current, even if

you *can* measure it.  It's as if a million teenagers were at the A&W

drive-in in town and then, when the surf came up, a few thousand

vanished and instantaneously re-appeared at the beach.  How could you

then measure the traffic between A&W the beach?

 

Sorry.  I'm dragging us all even further off-topic.  There is this: it

seems that it's easier to talk convincingly about the arcana of

science that I admittedly don't understand than it is to contribute

constructivly to a dialog about the societal problems that this list

aspires to address in some useful way.

 

I have ripe tomatoes to pick....

 

- Mike

 

---

    PS:

 

    PV>
http://t2k-canada.nd280.org/Conferences/cap2010/wilking_cap2010.pdf/at_downl
oad/file

 

    7 Meg, too big a gulp for my feeble dial-up connection.  Too bad.

    My only affair with neutrinos has been speculative and purely

    aesthetic.

 

        http://home.tallships.ca/mspencer/gallery/tuns-gates.html

 

    Is the smooth/lumpy distribution of neutrinos in the universe

    still an open question, Pete?

 

    For that matter (going even further astray) if the Higgs is what

    gives other things mass, do neutrinos just have fewer Higgses

    than, say, protons?  Or what?  Inquiring minds want to know, even

    when they don't expect to understand the answer.

 

 

 

[1] "Everybody gotta be *somewhere*" as the wino said when rousted

     from the park bench.  Not true, apparently, for electrons.

 

-- 

Michael Spencer                  Nova Scotia, Canada       .~. 

                                                           /V\ 

[email protected]                                     /( )\

http://home.tallships.ca/mspencer/                        ^^-^^

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